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how many atp molecules are made after glycolysisglycolysis is a process same to glucose degradation in fermentation it forms final balance two
does glycolysis occur within the mitochondriaglycolysis occurs in the cytosol and not within the mitochondria pyruvic acid molecules later enter
what is glycolysis what are the products of this processglycolysis the first stage of the aerobic cell respiration is a process in which glucose is
what are the three phases into which the cell respiration is dividedthe three phases of aerobic cell respiration are glycolysis krebs cycle and
of which main compounds is the mitochondrion structure mademitochondria are organelles delimited by two lipid membranes the inner membrane
which is the cell organelle that is specialized in aerobic respirationthe cell organelles that are specialized in aerobic respiration are the
how many atp molecules are produced for each glucose molecule used in fermentation how many atp molecules are produced for each glucose molecule used
how can the knowledge about fermentation explain the origin of muscle cramps and pains after intense physical exertiona typical fermentation process
in general what are the reagents and products of fermentationin fermentation glucose sugar is degraded into pyruvic acid every glucose molecule forms
what is the difference between facultative anaerobic beings and obligate anaerobic beingsfacultative anaerobic beings such as the fungi saccharomyces
what is the difference between aerobic and anaerobic beingsaerobic organisms are those whose cells do not survive without oxygen as they depend on
under which conditions do aerobic cells carry out fermentationsome cells that as a rule get energy from aerobic cellular respiration can carry out
what are the types of cell respirationthere are two types of cell respiration aerobic cell respiration a reaction with participation of molecular
when atp gives energy to the cellular metabolism it loses one of its phosphates and adp reappearsadp can also lose more phosphates and produce amp
what is the compound that is phosphorylated for atp formation what is the resulting compound when atp liberates energy atp or adenosine triphosphate
how do cells obtain energy for their functioningcells obtain energy for their metabolic reactions from the breaking of organic molecules with high
why do some trees lose their green color in the autumnin autumn days become shorter and nights longer therefore there is a reduction of the
why is the carbon dioxide concentration a limiting factor of the photosynthesis process when the carbon dioxide concentration is increased
photosynthesis rate varies according to the photic energy intensity do the similar occur in aerobic respiration what happens to the glucose balance
what are the three main limiting factors of photosynthesisthe three major limiting factors of photosynthesis process are light intensity carbon
what is the general chemical equation of photosynthesis why doesnt that equation clearly show the real origin of the molecular oxygen liberatedthe
which are the subproducts of the photochemical stage that are essential for the chemical stage of photosynthesisthe chemical stage of photosynthesis
where do the photochemical and the chemical stages of photosynthesis occurthe photochemical stage of the photosynthesis process happens mainly on the
photosynthesis is the most significant producer of molecular oxygen o2 on our planet from which molecule do oxygen atoms liberated by photosynthesis
what is nadp and nadphnadp is the abbreviation of the nicotinamide adenine dinucleotide phosphate cation a hydrogen acceptor nadph is made when nadp